The Uses of Nickel Alloys in Modern Manufacturing

There are many types of nickel alloys available to manufacturers. This is a high performance material that can provide two main advantages:

* Strength and durability during long-term exposure to high temperatures.
* Corrosion resistance when exposed to caustic substances.

Nickel Alloys for High Temperatures

Several important nickel alloys are developed for use in industry which requires parts to be exposed to high temperature situations. This includes the alloys A600, A330 and A800 which are widely used in chemical, petrochemical, oil extraction, power generation and food processing industries.

Nickel Alloys for Corrosion Resistance

Corrosion resistance nickel alloys are extremely useful as they provide superior performance in highly caustic environments. Alloys such as A400 and C276 are widely used in chemical and petrochemical industries because of their ability to resist metal fatigue and loss when exposed to corrosive substances. Nickel alloys can stand up to sulfidation, carburization and oxidation and are used for many key equipment components in manufacturing and industry.

Additional Benefits of Nickel Alloys

As well as providing superior performance nickel alloys can offer aesthetic benefits for manufacturers. They are widely used in the domestic and commercial settings for their attractive and easy to maintain finish. Nickel has a lovely silvery colour which can take a high gloss polish. Products such as cooking implements, decorative objects, furniture, fixings and more are all made using nickel alloys.

Nickel alloys are also widely used in the provisions of renewable energies and have become known as an "enviro-metal."

Types of Nickel Alloys

Nickel is a versatile material that combines easily with other metals. This means that there are many types of nickel alloys on the market providing different attributes.

* Nickel-Titanium - this is an important alloy in industry as it offers shape memory benefits. This means when the alloy is heated it can return to is previously defined shape.
* Nickel-Copper - this alloy has superior corrosion resistance and is widely used in chemical and salt water environments.
* Nickel-Chromium - this alloy is often combined with iron as well and provides strength and durability in high temperature environments.
* Nickel-Aluminium - this alloy has superior resistance against oxidation and is often combined with silicon as well for additional nitriding resistance.



Nickel alloys can provide a number of practical applications in manufacturing and industry. The superior heat and corrosion resistance can ensure durability and strength in extreme environments.